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- About Sprimag
PVD coating systems are mainly used in the world of automotive interiors, in cosmetics and in some areas of sanitary engineering. Thanks to the sophisticated system concepts available from Sprimag for your pretreatment and aftertreatment for your PVD coating applications, you will be able to meet the highest standards in terms of appearance, resistance and technology. The variety of creative possibilities afforded by plastics and the variability of layer structures of organic coatings make it possible to fulfill an extremely wide range of coating requirements.
Users of this premium Sprimag PVD coating system technology can enjoy a wider range of products and services. Thanks to the new expertise acquired in the process, upstream and downstream production steps can be reduced, thereby enabling costs to be saved in the coating process. The resource-conserving technology used in the PVD coating system, which can be designed to be sensitive to the substrate while also being environmentally friendly, offers further potential for cost savings.
The Sprimag coating system and the PVD system represent the process in physical form whereby, despite all the novelties, process reliability is ensured through experience by using standard modules. In Sprimag's product portfolio, the automatic bar feeder has been developed as a system concept for optimum PVD coating. The following pioneering pieces of technology are integrated in this concept:
Thanks to Sprimag's universal philosophy, variations of the concept – depending on the task at hand – can be implemented using tried-and-tested standard technology such as the robot coating cell or the three-axis coating machine. The modular construction therefore offers users a wide range of possibilities for growth, enabling them to secure advantages on the market in the longer term, whether that means converting a batch PVD system into an inline PVD system or modifying the technology used, from linear spindle coating using combinations of pallets and robot process paths through to flexible process paths.